TRIBOGENICS
Miniature X-Ray

Democratizing Diagnostic Imaging

Challenge
Rethink the X-ray machine design to be more affordable, portable, and accessible throughout the world
Solution
The M1 X-ray machine is 1/20th the cost and 1/10th the size of typical machines and runs on inexpensive 12-volt batteries
Impact
As a result of the M1 and other collaborations with Boombang, Tribogenics was able to secure $20 million in Series B financing
Rethink the X-ray machine design to be more affordable, portable, and accessible throughout the world
The M1 X-ray machine is 1/20th the cost and 1/10th the size of typical machines and runs on inexpensive 12-volt batteries
As a result of the M1 and other collaborations with Boombang, Tribogenics was able to secure $20 million in Series B financing

Portability and Affordability

As Dale Fox, Founder and CEO of Tribogenics, says: "X-rays are one of the most important diagnostic tools in all of medicine," used for a variety of medical needs including cancer research and identifying broken bones.

X-rays are also useful in a number of non-medical fields like industrial radiography, which evaluates the quality of metals and materials used for construction and engineering, making them extremely valuable across multiple industries.

But because X-ray technology and processes have remained pretty much the same for 100 years, they are still expensive, bulky, and not at all portable. This means that nearly three billion people around the globe don't have access to technology that could save their lives.

Industry
Technology
Expertise
Commercial Insight
Growth Strategy
Innovation Strategy
Industrial Design
By the Numbers

428

Individual Components Precision Engineered and Integrated Into the Watson XRF

$8.2B

Expected Size of the Global X-Ray Fluorescence (XRF) Market by 2026

Metal Alloy Detection
The original. A highly portable solution for materials analysis and imaging leveraging XRF technology to break down even the most complex alloys
Handheld Veterinary X-Ray
Adapting the Tribogenics miniaturized X-ray tech to help make veterinarians’ and doctors’ jobs easier. We’ve opened the door to high-quality X-rays on-the-go
Portable Neck Imaging
XRF and miniaturized X-ray technology have truly life saving opportunities—whether in the ER, at the scene of a crash, or in the back of an ambulance
Military Medic Support
The army medic tech of the 21st century. Quickly pinpoint bullets within the body to make way for on-site medical attention
Background

Superbly Small

In 2008 a group of scientists at UCLA (including Tribogenics co-founder Carlos Camara) made a fundamental, once-in-a-generation breakthrough in physics research, harnessing the power of static electricity to make X-rays. And soon after that, the seeds of Tribogenics' X-ray innovation were sown.

Realizing that this breakthrough would enable X-ray imaging machines to become vastly more portable, safer, and more cost-efficient, Tribogenics engaged Boombang to help map the go-to market opportunity. Specifically, the charge was to miniaturize the X-ray source and fit the whole system into an XRF handheld device to establish proof of the concept.

In 2016, Boombang completed the design for the M1, an X-ray machine 1/20th of the cost and 1/10th of the size of typical machines that run on small, inexpensive, easily sourced 12-volt battery power.

Outcome

MODIS Operandi

Boombang also assisted Tribogenics in developing the Mustang rechargeable X-ray source and Watson, the world’s first mobile digital imaging system, or MODIS. Watson was a first of its kind, affordable, easy-to-use XRF device for alloy identification—allowing scientists, jewelers, recyclers, and manufacturers to analyze and positively identify hundreds of metals in mere seconds.

Additionally, Boombang was integral in conducting ergonomic studies, coordinating with engineers, identifying and establishing relationships with vendors, overseeing manufacturing, and managing the supply chain.

As a result of this partnership, Boombang played an instrumental role in helping Tribogenics secure $20 million in Series B financing and create a sellable low-cost, state-of-the-art miniature X-ray device.